Download Rosen Aviation Remote Display System Specifications

ELECTRONIC REVISION
CONTROLLED
Document Number 105478 Rev A
Rosen Aviation
Remote Display System
Technical Manual, Remote Display System
© 2011—2012 by Rosen Aviation, LLC
All Rights Reserved
The information contained herein is proprietary to Rosen Aviation, LLC. No part of this publication
may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any
language in any form by any means without the written authorization from Rosen Aviation, LLC,
except as allowed under copyright laws.
Disclaimer of Liability
The information contained in this document is subject to change without notice. Because we are
continuously improving and adding features to our products, Rosen Aviation, LLC reserves the right
to change specifications without prior notice. Rosen Aviation, LLC shall not be liable for technical or
editorial errors or omissions contained herein.
Rosen Aviation, LLC
1020 Owen Loop South
Eugene, OR 97402
541.342.3802
888.668.4955
Fax: 541.342.4912
www.rosenaviation.com
Document Number: 105478
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Contents
1. INTRODUCTION .................................................................................................................5
1.1. Remote Display Modules ..............................................................................................5
1.2. System Components.....................................................................................................5
1.2.1. IR Remotes ...................................................................................................................... 5
1.2.2. RMEB Connector Kits ....................................................................................................... 6
1.2.3. Monitor Connector Kit ....................................................................................................... 6
1.3. Mounting Configurations ...............................................................................................6
1.3.1. Bulkhead Mounting Requirements .................................................................................... 7
2. VIDEO INPUTS ...................................................................................................................7
3. INSTALLATION GUIDELINES ...........................................................................................8
3.1. Cooling and Ventilation .................................................................................................8
3.2. Mounting the RMEB ......................................................................................................8
3.3. 19-inch RDMs ...............................................................................................................9
3.4. 24-inch RDMs .............................................................................................................10
3.5. 26-inch RDMs .............................................................................................................12
3.6. 32-inch RDMs .............................................................................................................13
4. ASSEMBLY INSTRUCTIONS FOR COSMETIC COMPONENTS....................................15
4.1. Mounting Cosmetic Backs to a Bulkhead ...................................................................15
4.2. Mounting a Bezel ........................................................................................................16
5. SYSTEM CONNECTIONS ................................................................................................17
5.1. Remote Monitor Electronics Box Connectors .............................................................17
5.2. Pinout Connections .....................................................................................................18
6. RS-232 AND RS-485 CONTROL INPUTS........................................................................18
7. INITIAL POWER UP .........................................................................................................19
8. OSD MENU OPTIONS ......................................................................................................19
8.1. Exit ..............................................................................................................................20
8.2. User Menu ..................................................................................................................20
8.2.1. Backlight ......................................................................................................................... 20
8.2.2. Aspect Ratio ................................................................................................................... 21
8.2.3. Scheme .......................................................................................................................... 21
8.2.4. Source ............................................................................................................................ 22
8.2.5. Auto Adjust ..................................................................................................................... 22
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8.3. Image Adjust ...............................................................................................................22
8.3.1. Scheme .......................................................................................................................... 23
8.3.2. Brightness ...................................................................................................................... 23
8.3.3. Contrast .......................................................................................................................... 23
8.3.4. Saturation ....................................................................................................................... 23
8.3.5. Hue................................................................................................................................. 24
8.3.6. Sharpness ...................................................................................................................... 24
8.3.7. Reset Scheme ................................................................................................................ 24
8.3.8. Image Adjust Advanced (Submenu) ............................................................................... 25
8.4. Info ..............................................................................................................................28
9. TECHNICIAN MENU .........................................................................................................29
9.1. Advanced Technician Menu........................................................................................30
9.1.1. Factory Reset ................................................................................................................. 30
9.1.2. Viewing Angle ................................................................................................................. 30
9.1.3. Comp/RGB 1 .................................................................................................................. 31
9.1.4. Comp/RGB 2 .................................................................................................................. 31
9.1.5. 3D Comb Filter ............................................................................................................... 31
9.1.6. Composite SIG (Signal) .................................................................................................. 31
9.1.7. AGC (Automatic Gain Control) ........................................................................................ 31
9.1.8. RJ45 Cable Compensation ............................................................................................. 32
9.2. Power Mode................................................................................................................32
9.3. OSD Timeout ..............................................................................................................33
9.4. Network ID ..................................................................................................................33
9.5. Splash Screen ............................................................................................................33
9.6. Source Mode ..............................................................................................................33
9.6.1. Momentary Switch Mode ................................................................................................ 33
9.6.2. Constant Switch Mode .................................................................................................... 34
10. TECHNICAL REFERENCES AND SUPPORT ...............................................................35
10.1. Troubleshooting ........................................................................................................35
10.2. Cleaning the Display .................................................................................................36
10.3. RTCA DO-160F Qualifications for Displays ..............................................................36
10.3.1. Other Certification Considerations for RDMs ................................................................ 38
10.4. Specifications............................................................................................................38
10.4.1. Supported DVI/HDMI Graphic Resolutions ................................................................... 40
10.4.2. Supported DVI/HDMI Standard Resolutions ................................................................. 40
10.4.3. Supported VGA Resolutions ......................................................................................... 40
10.4.4. Supported YPbPr/Component Resolutions ................................................................... 41
10.4.5. Supported CVBS/Composite Resolutions ..................................................................... 41
10.4.6. Supported SDI Resolutions........................................................................................... 41
11. DEFINITIONS..................................................................................................................41
12. REVISION HISTORY ......................................................................................................43
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1. INTRODUCTION
Rosen’s Remote Display System consists of an ultra-thin remote display module and a highdefinition remote electronics box. The remote electronics design provides more mounting options
because the video processing electronics box can be located up to 50 feet from the display. The
high-definition display modules are available in a range of sizes and mounting options that allow
customers to configure a system that fits their aircraft’s cabin interior.
This manual provides general instructions about how to install all bulkhead configurations of the
Remote Display System onto your aircraft. It contains everything you need to know to wire the
components and confirm that the system is functioning correctly.
Note: Only trained and qualified personnel should perform installation and service.
1.1. Remote Display Modules
The Remote Monitor Electronics Box (RMEB) will operate one Remote Display Module (RDM),
regardless of the size. Remote Display Modules have three distinct mounting options – flush
mount, semi-proud mount, and proud mount configurations – and they are available in the
following sizes:

19”
24”
 26”


32”
1.2. System Components
To learn more about the following Remote Display System components and to access the
drawings, visit our website at www.rosenaviation.com.
 Remote Monitor Electronics Box (P/N 0700-104 MOD 01)

Remote Display Modules (RDM) by size

Mounting accessories: bezel, cosmetic back, and credenza
From the Rosen Aviation home page, select the ProductsDisplaysHigh Definition
Displays tab and browse by product size. For more information about a remote display system,
please contact Rosen Sales or Technical Support.
1.2.1. IR Remotes
The RMEB provides 5V @100mA output to power an external IR receiver. The remote
monitors do not have a built-in IR sensor. The following options (sold separately) enable
remote inputs with the Remote Display System and adjust the on-screen display settings:


External IR Receiver (P/N 0500-006)
Universal color display remote control (contact Rosen Sales for P/N availability)
Note: For directions on operating the optional universal remote control, refer to the user’s
guide enclosed with the remote.
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1.2.2. RMEB Connector Kits
The following connector kits (sold separately) are recommended:




Connector kit—26-pin female (P/N 0300-043)
Connector kit—25-pin female D-sub (P/N 0300-052)
CVBS and SDI connector kit—BNC (P/N 0300-051)
Component/RGB, digital HDMI/DVI connector kit—25-pin (P/N 0300-029)
1.2.3. Monitor Connector Kit
The remote monitors use the same connections regardless of the size:
RJ-45 Plug connector kit—(P/N 0300-050)
DB15 female connector kit—(P/N 0300-053)
1.3. Mounting Configurations
The Rosen remote display monitors can be flush mounted, mounted with a sleek bezel, or
proud-mounted between a bezel and cosmetic back plate, as shown below. Please contact
Rosen Sales for bezel kit requirements.
Flush mount
Semi-proud mount
Proud mount
Figure 1 Bulkhead mounting options for remote display modules

Flush mount – RDM only

Semi-proud mount –RDM with bezel (all sizes)

Proud mount – RDM with bezel and a cosmetic back plate
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1.3.1. Bulkhead Mounting Requirements
A flush mounted RDM can mount either from the back, through an interior wall, or from
the front mounting tabs. Proud mounted RDMs must be mounted from the front into the
cosmetic back.


Minimum fasteners required is four 8-32 or eight 4-40 screws.

Maximum projection of screws into the 24” flush mount rear chassis is 3/8”.
Maximum projection of screws into the 19”, 26”, and 32” flush mount rear
chassis is ¼”.
The manual groups monitors by size. Outline and Installation drawings are available to
assist in the installation process. Pay close attention to the dimensions when considering
installation requirements. Dimensions for some models may vary, so be sure to consult
the latest drawings.
Touching the LCD with excessive force may leave pressure spots
that show in video display. Handle with care.
2. VIDEO INPUTS
The Rosen Remote Display System enables viewers to watch high-definition video as well as
standard-definition video. The 0700-104 remote electronics box supplies the following video
inputs.

Two 3G-SDI inputs

Two composite (CVBS)

Two DVI inputs (HDMI)

RGB & Component (YPbPr) - through the DVI connectors only

Accepts inputs up to 1080p, VGA-WUXGA
This unit can be controlled via an IR (infrared) remote interface, RS-232-based 7-button external
controller (P/N 0300-408), or RS-485 external inputs. The display connects to 28VDC aircraft
power and receives video through a video distribution amplifier or directly from video sources.
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3. INSTALLATION GUIDELINES
3.1. Cooling and Ventilation
The RMEB and RDMs do not require any external forced-air cooling.

RMEB venting: Do not block the side fans on the RMEB. The fan openings require a
minimum of 4 square inches of free air ventilation – 2 square inches per side.
 RDM clearance: The RDMs require a ½-inch minimum of clearance for the top and
bottom vents or ½-inch clearance to the entire back of the unit.
3.2. Mounting the RMEB
You can mount the RMEB in any orientation with a minimum of six #8 screws (three per flange).
(Dimensions are in inches)
Figure 2 Dimensions for the RMEB mounting holes
Use care to prevent debris from entering the housing fan openings during installation. For
questions about an installation, please contact Rosen Technical Support.
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3.3. 19-inch RDMs
The following figures show the general dimensions for the 19” RDM mounting options.
Use a minimum
pattern of four
mounting points
#8-32 hardware; .25
max. insertion depth
Figure 3 Rear view of a 1901-100 flush mount
Four mounting
tabs for 4-40
FHP screws
(two each)
Figure 4 Front view of a 1901-100 flush or semi-proud mount from the tabs
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Use four screws;
2 top, 2 bottom
.188 mounting
holes provided
Figure 5 Rear view of the 1901-800 cosmetic back (shown with chassis) for a proud mount
3.4. 24-inch RDMs
The following figures show the general dimensions for the 24” RDM mounting options.
Use a minimum
pattern of four
mounting points
#8-32 hardware; .375
max. insertion depth
Figure 6 Rear view of a 2401-100 flush mount
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Four mounting
tabs for 4-40
FHP screws
(two each)
Figure 7 Front view of a 2401-100 flush or semi-proud mount from the tabs
Use four screws;
2 top, 2 bottom
.188 mounting
holes provided
Figure 8 Rear view of the 2401-800 cosmetic back (shown with chassis) for a proud mount
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3.5. 26-inch RDMs
The following figures show the general dimensions for the 26” RDM mounting options.
Use a minimum
pattern of four
mounting points
#8-32 hardware; .25
max. insertion depth
Figure 9 Rear view of a 2601-100 flush mount
Four mounting
tabs for 4-40
FHP screws
(two each)
Figure 10 Front view of a 2601-100 flush or semi-proud mount from the tabs
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Use four screws;
2 top, 2 bottom
.188 mounting
holes provided
Figure 11 Rear view of the 2601-800 cosmetic back (shown with chassis) for a proud mount
3.6. 32-inch RDMs
The following figures show the general dimensions for the 32” RDM mounting options.
Use a minimum
pattern of six mounting
points #8-32 hardware;
3 top 3 bottom; .25
max. insertion depth
Figure 12 Rear view of a 3201-100
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Six mounting
tabs for 4-40
FHP screws
(one each)
Figure 13 Front view of the 3201-100 mounting tabs
Six mounting
points for #6 100
FHP screws
Figure 14 Rear view of a 32” cosmetic back mounting holes 3201-800
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4. ASSEMBLY INSTRUCTIONS FOR COSMETIC COMPONENTS
This section provides instructions about how to assemble the cosmetic backs and bezels.
Note: Protect cosmetic and sensitive components from scratches, nicks, and debris during
hardware installation.
To add a stylish, proud-mount option, mount the cosmetic back to the bulkhead, attach the RDM to
the cosmetic back, and then snap on the bezel. Figure 15 shows an exploded view of a proudmount assembly. Align the four tabs on the monitor with the four mounting brackets on the
cosmetic back plate. Secure with two 4-40 fasteners in each tab/bracket. For more dimensional
information, see Section 3, Installation Guidelines, or the drawing for your specific assembly.
Mounting brackets
on the cosmetic
back plate
Figure 15 RDM with a proud-mount bezel assembly
4.1. Mounting Cosmetic Backs to a Bulkhead
There are two styles of mounting brackets on the cosmetic backs depending on the size of RDM
that you are installing. The cosmetic backs are a universal fit—there is no top or bottom.

Attach the 19”, 24”, and 26” cosmetics back to the bulkhead using the four mounting
brackets and minimum of four FHP screws (customer supplied) in the .188 mounting
holes, as shown below.
Attach to
bulkhead
Attach to
RDM
Figure 16 1901-, 2401-, and 2601-800 cosmetic back mounting tabs
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
Outline and Installation drawings for the Rosen Remote Display System are available
on the Rosen website at www.rosenaviation.com.

Attach the 32” cosmetic back to the bulkhead using six #6 100 FHP screws
(customer supplied).
Attach to
bulkhead
Attach to
RDM
Figure 17 3201-800 cosmetic back mounting bracket
4.2. Mounting a Bezel
Mount the cosmetic back and monitor before attaching the bezel. To attach a bezel to an RDM,
align the mounting bosses with the monitor standoffs and gently press on the retaining clips to
snap the bezel into place.
Bezels attach around the perimeter of the RDMs with retention fasteners. The quantity and type
of bezel fasteners varies depending on the size of the bezel and RDM. Figure 18 shows the
different assembled retention fasteners on the bezels.
Only wire
retaining clips on
19”–26” bezels
Top and
bottom
wire clips
Ball stud
receivers on
32” bezel
sides
Figure 18 Different bezel retention fasteners
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5. SYSTEM CONNECTIONS
The RDM receives power, control, and serialized video from the RMEB located up to 50 feet away,
as shown below. The RMEB outputs a serialized video signal via an RJ-45 cable from P4 and
provides conditioned power and control to the RDM via a harness with DB15 connectors from P3.
We recommend using Siemon ZM6A-S(xx)-(xx) RJ45 cable up to 50 feet in length. If using an
alternate cable or multiple connections, please contact Rosen Aviation for additional information.
See the wiring tables on the Outline & Installation drawings for more details.
Figure 19 Remote display system connections
5.1. Remote Monitor Electronics Box Connectors
This section describes the 0700-104 RMEB connectors and the video inputs that are available.
Figure 20 RMEB connectors
Table 1 RMEB connectors and functions
Connector
Function
P1
Communication for RS-232, RS-485, External IR control
P2
Power in
P3
Conditioned power out to the monitor
P4
Video signal out to the monitor
3G SDI 1 & 2
3G SDI video in
DVI-I 1 & 2
HDMI / DVI / Component / RGB video in
CVBS 1 & 2
Composite video in
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5.2. Pinout Connections
There are several ways to connect the remote display system to an aircraft’s entertainment
system.
Pay close attention to the pinout descriptions on the Outline and Installation drawings to assist in
completing the wiring connections.
Note: This display is for entertainment purposes only; connect to a non-critical power bus.
6. RS-232 AND RS-485 CONTROL INPUTS
Inputs that control the RDMs can come from an IR, RS-232-based 7-button external controller
(P/N 0300-408), or via a cabin management system using RS-232 or RS-485. The 0700-104
RMEB accepts the following commands:
Table 2 RS-485 and RS-232 commands
Control
Description
Power ON
Turn the display on
Power OFF
Turn the display off
Source Composite 1
Select composite 1 video input
Source Composite 2
Select composite 2 video input
Source HD-SDI 1
Select HD-SDI 1 video input
Source HD-SDI 2
Select HD-SDI 2 video input
Source VGA 1
Select analog VGA 1 video input
Source VGA 2
Select analog VGA 2 video input
Source DVI 1
Select DVI 1 video input
Source DVI 2
Select DVI 2 video input
Source YPbPr 1
Select YPbPr 1 component video input
Source YPbPr 2
Select YPbPr 2 component video input
Ping Address
(RS-485 only)
Used by master device to detect all devices attached to the network
Exit
Exit the menu
OK/Enter
Selects active option when OSD is active
Control
RS-232 7-button External Controller Command Set
Power
Toggles the display on or off
Source
Scrolls through enabled video inputs
Menu/Select
Displays OSD. Selects active option when OSD is active
Left
Navigate left through the OSD menu
Right
Navigate right through the OSD menu
Up
Navigate up through the OSD menu
Down
Navigate down through the OSD menu
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7. INITIAL POWER UP
Make sure that power is turned off and connect the following harnesses to the RMEB connectors:
1. Ensure positive ground connections on the RMEB housing and monitor chassis
grounding lugs.
2.
3.
4.
5.
Connect an external IR control or RS-232/RS-485 communication harness to P1.
Connect 28VDC power to P2.
Attach extra cabling length (50 feet max.) to the RDM DB 15 pigtail and connect to P3.
Attach extra Siemon ZM6A-S(xx)-(xx) cabling (50 feet max.) to the RDM RJ-45 pigtail
and connect to P4. Ground and strain relieve harnesses on RJ-45 connectors using
the brackets provided.
6. Connect the available video inputs.
7. Apply power and wait for a signal on the RDM. The default setting for the RMEB is
Auto On and the default source is SDI 1.
Do not plug or unplug the display connector while power is
applied.
When cycling power, leave unit off for 20 seconds before restoring
power.
8. OSD MENU OPTIONS
The OSD contains screen settings and options in menus and informational readouts that display
over the image, as shown below. Press MENU on the remote to open the Main Menu, as shown in
Section 8.1. Press the ▲▼ buttons to navigate within the menu pages. Press the ►◄ buttons to
navigate between the menu page, options, and values columns. The yellow highlighted area
shows the currently selected option in the menu.
Press ► to access
the menu page
options
Press ▼ to
access menu
pages. The
selected menu
page is
highlighted.
Press ► to access
the menu option
values
Figure 21 OSD menu options
The available menu options will vary depending on which source signal is active.

Press MENU to choose a setting or an option.

Select the Back option to switch menu pages.

Press EXIT to close the OSD and save settings.
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Note: The on-screen display will timeout and close automatically after no screen activity for a
preset amount of time, which is adjustable on the Technician MenuOSD Timeout option. See
Section 9.3, OSD Timeout, on page 33.
8.1. Exit
Use Exit to close the OSD. When you press MENU on the remote, the OSD opens to this
screen, as shown below. Press MENU again to close the OSD from this screen.
Press the ▲▼ buttons to access the other menu pages in the OSD.
From other settings within the OSD, press EXIT on the remote control.
Figure 22 Opening screen for the Main Menu
8.2. User Menu
The Main Menu opens to the User Page, shown in Figure 22 (above). Press the ► button to
access the User menu options.
Press ▼▲ buttons to select a User option and press ENTER to change an option’s value.
Auto Adjust
is an RGBonly option
Figure 23 User menu options
8.2.1. Backlight
Use this setting to adjust the intensity of the LCD backlight.
From the User page, press the ► and ▼buttons to select Backlight and then press
ENTER to open the control bar shown below.
Press the ◄ or the ► buttons to change the value on the control bar accordingly.
Press ENTER to set the backlight brightness and close the control bar.
Figure 24 Backlight option
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8.2.2. Aspect Ratio
Use Aspect Ratio to adjust the picture expansion to match the encoding of the source
image most closely. Select UserAspect Ratio and then press ENTER. To switch the
display between aspect ratio modes (described below), press the ▲ ▼ buttons. Watch
for proportional changes in the background picture and choose the optimal mode for the
source. Press ENTER to set the mode and press EXIT to close the OSD.
To change the Aspect Ratio from the remote, press ASPECT.
Full Screen: Displays standard 4:3 source video in 16:9 aspect ratio by expanding the
image horizontally. Circles will appear as ovals in the central and outer portions of the
screen. If the source image is letterboxed, there will be black bars at the top and bottom
of the image. A 16:9 widescreen source will fill the screen with minimal distortion.
Pillar Box: A standard 4:3 source image will appear with vertical black bars on the left
and right side of the image. If the image source is letterboxed, then there will also be
horizontal bars at the top and bottom of the image as well.
Letterbox Expanded: Expands the source video in the vertical and horizontal
dimensions to fill the display screen. Letterbox-format DVDs will have small or no bars
showing in this mode, while 4:3 aspect video sources will expand beyond the screen
boundaries, appearing cropped.
Note: The Letterbox Expanded mode is not available for RGB or a graphic, PC-based
HDMI/DVI source.
8.2.3. Scheme
There are two default color settings or schemes: Natural and Vivid. If the screen colors
are not what you expect, select Scheme and press the ▲▼ buttons to toggle between
the settings. The background picture’s colors change as you toggle between the settings.
Vivid uses a higher color saturation level above the Natural level.
Try both schemes to determine which one you like best before adjusting the other picture
quality settings.
Select UserScheme and then press ENTER to access the settings.
Select the setting and press ENTER to accept the changes, and then select Back and
press EXIT close the OSD.
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8.2.4. Source
The Source page lists all of the available sources and shows which source is current.
Figure 25 User Sources
Select UserSource and press ENTER to access the settings.
To switch the current source, press the ▲ and ▼ buttons.
Press ENTER to accept any changes, and press ◄ to remain in the OSD or EXIT to
close the OSD.
To switch sources directly from the remote control, close the OSD and press the
SOURCE button twice for each input.
8.2.5. Auto Adjust
(RGB only) Use Auto Adjust when the RGB source is active to force the display to
evaluate the RGB signals and ensure that it is interpreting them correctly. To perform an
Auto Adjust within the OSD, select the option and press ENTER. (From the remote, close
the OSD and press the AUTO button.) The screen will go black briefly while the signals
adjust.
8.3. Image Adjust
Use the Image Adjust menu pages, as shown below, to control the color and picture quality.
Highlight Image Adjust and press the ► button to highlight the options, and then press ENTER
to change the option values.
Figure 26 Image Adjust menu pages
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8.3.1. Scheme
Scheme is also available from the Main MenuUser page. For information about how
this option works, see Section 8.2.3 on page 21. Scheme affects changes you make on
the User menu page settings, too.
8.3.2. Brightness
To adjust the picture brightness, press MENU and the ▼ arrow to select Image
AdjustBrightness, and then press ENTER to open the screen below.
Press the ◄ or the ► buttons to change the brightness on the LCD accordingly.
Press ENTER to set the brightness and close the control bar.
Press EXIT to close the OSD.
Figure 27 Image Brightness control bar
8.3.3. Contrast
To adjust the contrast, press MENU and the ▼ arrow to select Image AdjustContrast,
and then press ENTER to open the screen below.
Press the ◄ or the ► button to raise or lower the contrast.
Press ENTER to set the contrast and close the control bar.
Press EXIT to close the OSD.
Figure 28 Contrast control bar
8.3.4. Saturation
To adjust the color saturation, press the MENU button and the ▼ arrow to select Image
AdjustSaturation, and then press ENTER to open the screen below.
Press the ◄ or the ► button to raise the color levels.
Press ENTER to set the saturation and close the control bar.
Press EXIT to close the OSD.
Figure 29 Saturation control bar
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8.3.5. Hue
To adjust the color hues, press the MENU button and the ▼ arrow to select Image
AdjustHue, and then press ENTER to open the screen below.
Press the ◄ or the ► button to raise the color hues in the image.
Press ENTER to set the hue and close the control bar.
Press EXIT to close the OSD.
Figure 30 Hue control bar
8.3.6. Sharpness
To adjust the picture sharpness, press the MENU button and the ▼ arrow to select
Image AdjustSharpness, and then press ENTER to open the screen below.
Press the ◄ or the ► button to adjust the focus.
Press ENTER to set the sharpness and close the control bar.
Press EXIT to close the OSD.
Figure 31 Sharpness control bar
8.3.7. Reset Scheme
Only restores the values of the current scheme to their default settings, and it affects only
the current source. Use Reset Scheme to revert to the default screen colors if the other
Image Adjust options did not correct the screen quality changes that you expected.
Select Image AdjustReset Scheme and then press ENTER.
Press EXIT to close the OSD.
For information about the different scheme modes, see Section 8.2.3 on page 21.
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8.3.8. Image Adjust Advanced (Submenu)
Use the Image AdjustAdvanced submenu options, as shown below, to fine-tune the
primary screen colors and to restore the monitor’s factory screen settings. Press the
MENU button and the ▼ arrow to select Image AdjustAdvanced, and then press
ENTER to open the menu.
To close the menu, select the Back option, or press EXIT to close the OSD.
}
RGB options
only
Figure 32 Advanced submenu options
8.3.8.1. Color Temperature
Use the Color Temperature options to change the white point of the picture in all
sources. When you select Color Temperature, the screen changes, and a toggle
appears to switch between User and 6500K, as shown below.
Figure 33 Color Temperature options
Select the User setting and then press ENTER.
Press ▼ to access the individual colors.
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8.3.8.1.1. Red
Red adjusts the low-level registers of the red values in the picture. From the Image
AdjustAdvanced Menu, press the ▼ button and ENTER to access Color
Temperature.
Press ▼ to select Red and press ENTER to open the screen below.
Press the ◄ button several times; the image should show more cyan-colored
tones. Press the ► button several times to intensify the red tones.
Press ENTER to set the color and close the control bar.
Press EXIT to close the OSD.
Figure 34 Red control bar
8.3.8.1.2. Green
Green adjusts the low-level registers of the green values in the picture. From the
Image Adjust Advanced Menu, press the ▼ button and ENTER to access Color
Temperature.
Press ▼ to select Green and press ENTER to open the screen below.
Press the ◄ button several times; the image should show more magenta tones.
Press the ► button several times to intensify the green tones.
Press ENTER to set the color and close the control bar.
Press EXIT to close the OSD.
Figure 35 Green control bar
8.3.8.1.3. Blue
Blue adjusts the low-level registers of the blue values in the picture. From the
Image Adjust Advanced Menu, press the ▼ button and ENTER to access Color
Temperature.
Press ▼ to select Blue and press ENTER to open the screen below.
Press the ◄ button several times; the image should show more yellow tones.
Press the ► button several times to intensify the blue tones.
Press ENTER to set the color and close the control bar.
Press EXIT to close the OSD.
Figure 36 Blue control bar
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8.3.8.2. Restore Defaults
This option restores the default screen settings from the user menus for all video
sources. It does not erase Technician Menu settings or change the internal time and
date. A Defaults Restored message appears in the lower corner of the menu after the
restore is complete.
}
RGB options
only
Status
message
Figure 37 Restore Defaults option
8.3.8.3. Image Position Submenu
(RGB only.) Use the Image Position options to center an RGB picture horizontally or
vertically on the screen. Note: Changing the resolution, source, or cycling power will
reset any adjustments to this submenu’s settings.
Figure 38 Image Position option
8.3.8.3.1. Horizontal
From the Image AdjustImage Position menu, press the ▼ button to choose
Horizontal and then press ENTER to open the screen, as shown below.
Press the ◄ button to shift the picture left or the ► button to shift it to the right.
Press ENTER to set the phase value and close the control bar.
Figure 39 Image Position-Horizontal option
8.3.8.3.2. Vertical
From the Image AdjustImage Position menu, press the ▼ button to choose
Vertical and then press ENTER to open the screen, as shown below.
Press the ◄ button to shift the picture up or the ► button to shift it down.
Press ENTER to set the phase value and close the control bar.
Figure 40 Image Position-Vertical option
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8.3.8.4. Auto Adjust
(RGB only.) Use Auto Adjust when the RGB source is active to force the display to
evaluate the RGB signals and ensure that it is interpreting them correctly. To perform
an Auto Adjust within the OSD, select the option and press ENTER. (From the
remote, close the OSD and press the AUTO button.) The screen will go black briefly
while the signals adjust.
8.3.8.5. RGB Phase
(RGB only.) Use RGB Phase to adjust the default phase value used for RGB signals.
Each RGB video source can have different phase values, which can result in the
RGB video image appearing to jitter. RGB Phase enables you to adjust the RGB
video image without any jitter.
From the Technician Menu, press the ▼ button to choose RGB Phase and then
press ENTER to open the control bar, as shown below.
Press the ► button to increase the RGB phase value until the jittering stops.
Press ENTER to set the phase value and close the control bar.
Figure 41 RGB Phase control bar
8.4. Info
Use the Information page to review operating status of the monitor. To access the Technician
Menu, you must highlight the Back option. For more information about the Technician Menu, see
Section 9 beginning on page 29.
To open the page, press the INFO button on the remote, or use the ◄►▲▼ buttons from within
the OSD menu.
Back option selected
to access the
Technician Menu
}
Info is
different for
each input
Figure 42 Info page
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9. TECHNICIAN MENU
To protect the display from accidental or unintentional adjustments, the Technician Menu is
accessible only with a special button combination. To avoid repeating this button sequence after
each change, the menu remains active until you manually close it.
To ensure proper operation, perform a power cycle after changing
a setting in the Technician Menu.
To open the Technician Menu, start with the display on, and press the following buttons in this
order:
1. Press INFO.
2. With the Back option highlighted on the Main Menu, press the ▲▼▲▼▲▲▲ buttons
and then press MENU.
3. The Technician Menu opens.
Press Back to exit
the Technician
Menu and return
to the Info page
Figure 43 Technician Main Menu
To navigate the menu options, press the ▲ or ▼ buttons.
To close the Technician menu and return to the Info Page, select the Back option and press
MENU. To close the Technician menu and the OSD, press EXIT.
Note: The Main Menu options are not selectable while the Technician Menu is open.
To open the Technician Menu from the universal remote, follow these steps:
1. Press the HD Monitor page, and then press the appropriate Monitor (numbered).
2. Touch the lower-right corner of the screen, and press the Tech Menu button.
Universal
remote HD
Monitor page
Figure 44 Universal remote HD Monitor screen
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9.1. Advanced Technician Menu
This submenu provides installers and technicians more advanced controls of the image.
Available only on
a 19” RDM
NA indicates that a
Composite signal is not
available
Figure 45 Technician Advanced Menu
9.1.1. Factory Reset
Choose this option to perform a complete factory restore. It is similar to Reset Scheme in
the Main MenuAdvanced submenu; however, Factory Reset returns all items with predetermined defaults in both the User and Technician menus to their factory settings.
Highlight AdvancedFactory Reset and press ENTER.
A Reset Complete message appears after the display restores the default settings.
9.1.2. Viewing Angle
(Available on 19” RDM only.) Use Viewing Angle to adjust the settings for viewing
angles from different seat positions. Changes to the Viewing Angle adjustment will affect
other UserImage Adjust settings.
Highlight AdvancedViewing Angle and press ENTER.
Press the ◄ or ► to adjust the viewing angle in 5-degree increments from
-20 to +20 degrees.
Press ENTER to set the viewing angle and close the control bar.
Select Back to return to the Technician Menu.
Press EXIT to exit the OSD.
Figure 46 Viewing Angle control bar
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9.1.3. Comp/RGB 1
Use Comp/RGB 1 to specify which input source the Component/RGB channel 1 will use.
The options for channel 1 to display are either Component or RGB.
Highlight AdvancedComp/RGB 1 and press ENTER.
Use the ▲▼ buttons to set the option and then press ENTER.
Select Back to return to the Technician Menu.
Press EXIT when you are ready to exit the OSD.
9.1.4. Comp/RGB 2
Use Comp/RGB 2 to specify which input source the Component/RGB channel 2 will use.
The options for channel 2 to display are either Component or RGB.
Highlight AdvancedComp/RGB 2 and press ENTER.
Use the ▲▼ buttons to set the option and then press ENTER.
Select Back to return to the Technician Menu.
Press EXIT to exit the OSD.
9.1.5. 3D Comb Filter
(Composite only.) When set to Enabled, the display will eliminate dot crawl and some
noise on stationary portions of the picture.
Highlight Advanced3D Comb Filter and press ENTER.
Use the ▲▼ buttons to set the option and then press ENTER.
Select Back to return to the Technician Menu.
Press EXIT to exit the OSD.
9.1.6. Composite SIG (Signal)
This is a read-only screen about the signal strength of the currently viewed composite
source. Composite Signal Strength ranges from 0 to 1.25 Vpp in 0.25V increments. It will
read NA (not available) if a Composite source is not active or AGC (below) is set
to disabled.
9.1.7. AGC (Automatic Gain Control)
This option is a signal compensation tool that will accommodate for strong and weak
Composite signals.
Highlight AdvancedAGC and press ENTER.
Use the ▲▼ buttons to set the option and then press ENTER.
Select Back to return to the Technician Menu.
Press EXIT to exit the OSD.
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9.1.8. RJ45 Cable Compensation
The technology employed to transmit full-rate, high-definition video over an RJ-45 cable
may require an initial setup to ensure the highest possible image quality. Shorter cables
(0-6 feet) and cables with different impedance characteristics than the Rosen-specified
Siemon RJ-45 cable may benefit from turning off RJ45 Cable Comp. If the installed
remote display system exhibits video anomalies, turning off cable compensation is
recommended.


RJ45 Cable Comp ON for RJ-45 cable length 7-50 feet (default setting)
RJ45 Cable Comp OFF for RJ-45 cable length 0-6 feet
Highlight AdvancedRJ45 Cable Comp and press ENTER.
Use the ▲▼ buttons to set the option and then press ENTER.
Select Back to return to the Technician Menu.
Press EXIT to exit the OSD.
9.2. Power Mode
Use Power Mode to set display’s on/off state.
From the Technician Menu, press the ▼ button to select Power Mode and then press ENTER.
Use the ▲▼ buttons to set the option and then press ENTER.
Options include the following:
 Auto-On: The display always starts up in the ON state when 28V is applied (default).

Auto-Off: The display always starts up in the standby state when 28V is applied.

Restore Previous: The display returns to the previous power settings after any power
interruption.
 Ground-On: The display always starts up in the ON state when the power pin is
grounded and ignores all power commands from the IR, RS-232, and RS-485. This
setting will not take effect until you close the OSD.
 Open-On: The display always starts up in the ON state when the power pin is open
(not grounded) and ignores all power commands from the IR, RS-232, and RS-485.
This setting will not take effect until you close the OSD.
 Momentary: The LCD power will toggle between on and off after the external power
discrete is momentarily grounded.
Select Back to return to the Technician Menu.
Press EXIT to exit the OSD.
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9.3. OSD Timeout
Use OSD Timeout to set the amount of time the menu screens and control bars are visible,
without making any changes, before they timeout and close automatically.
There are three increments: 6 Seconds, 15 Seconds, and 30 Seconds.
From the Technician Menu, press the ▼ button to select OSD Timeout and then press ENTER.
Use the ▲▼ buttons to select a time increment and press ENTER.
Press EXIT to exit the OSD.
9.4. Network ID
Use this option to specify the IR and RS-485 network addresses to control multiple displays from
a single cabin management system or remote. For example, the monitor ID numbers on the
Pronto remote correspond to the Network ID.
Each display requires a unique address on the RS-485 network. Setting this address sets the
value for both interfaces. Network settings for Rosen displays are scaled from 1 to 31.
From the Technician Menu, press the ▼ button to select the Network ID, and then press
ENTER to open the screen.
Use the ▲▼ buttons to select an address between 1 and 31 for the display and press ENTER.
Press EXIT to exit the OSD.
9.5. Splash Screen
Use this option to turn a custom splash screen on or off. The splash screen appears for
approximately eight seconds when 28V power is first applied to the display.
When enabled, the Rosen Aviation splash screen appears. When disabled, the screen remains
black.
Highlight TechnicianSplash Screen and press ENTER.
Use the ▲▼ buttons to set the option and then press ENTER.
Press EXIT to exit the OSD.
9.6. Source Mode
This submenu enables you to set the Source Select mode to a specific state: either Momentary
Switch Mode, or Constant Switch Mode.
Highlight TechnicianSource Mode and press ENTER.
Use the ▲▼ buttons to set the option and then press ENTER.
Note: To ensure proper operation, perform a power cycle after changing a setting.
9.6.1. Momentary Switch Mode
Momentary enables you to specify those sources that will be On or Off. This mode also
contains an option to specify an Auto Detect source.
If the source specified in the Auto-Detect option is connected, the display will ignore all
source commands. When that source is removed, the monitor will return to normal
momentary operation.
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Note: When auto-detecting a source, sources 1 & 2 are no longer selectable during
normal momentary operation.
Highlight TechnicianSource ModeMomentary and press ENTER.
Use the ▼ to select Auto Detect and press ENTER.
Select which video input will be in an auto-detected state and press ENTER.
Use the arrow buttons to turn the other video inputs On/Off and press ENTER.
Select Back to return to the Technician Menu.
Press EXIT to exit the OSD.
Set Auto Detect to None
Selected if Source
Select will be Constant
mode
Figure 47 Momentary Switch Mode settings
9.6.2. Constant Switch Mode
Constant enables you to specify the two sources the monitor will switch between when
the constant switch goes between an open state and a ground state.
Highlight TechnicianSource ModeSource Select and press ENTER.
Select Constant and press ENTER. Press ▼ to select Open and press ENTER.
Select which video input will be set in an open state and press ENTER.
Press ▼ to select Ground and press ENTER.
Select which video input will be to a ground state and press ENTER.
Select Back to return to the Technician Menu, or press EXIT to exit the OSD.
Figure 48 Source Select Constant options
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10. TECHNICAL REFERENCES AND SUPPORT
Always check the Rosen Aviation website under the Products tab
to ensure that you are working with the most current revision of
technical documentation.
10.1. Troubleshooting
If the display does not function properly, refer to the following troubleshooting table for symptoms
and possible solutions before contacting Rosen Technical Support.
Note: Use an oscilloscope or another display to verify the video signal. Always use a multimeter
to verify voltages. Check actual results against the requirements described in this manual.
Table 3 Troubleshooting tips and solutions
Problem
No video (signal)
Screen is black
Image flickers
Distorted Image
Wrong Colors
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Possible Solutions

Verify that the display is turned on and the video is on.

Verify that you are in the correct source mode.

Verify that a signal is reaching the display using an oscilloscope or another
display.

Check Power Mode settings on page 32.

Verify that the pinout is correct.

Verify that the display is receiving power.

Check Power Mode settings on page 32.

Verify that the pinout is correct.

Verify that the video source is on and DVD installed.

Verify all connections between the source and the display.

Verify proper RJ-45 cable

Try changing the RJ45 Cable Comp setting on page 32.

Verify that the signal cable is secure.

Verify that the vertical frame frequency is 60 HZ or less.

Verify proper RJ-45 cable

Verify supported resolution.

Verify pinouts.

Verify that a signal is reaching the display using an oscilloscope or another
display.

Examine the display for pinched or damaged cables.

Verify proper RJ-45 cable

If the screen colors are not what you expect, reset the current scheme. For
more information, see Reset Scheme on page 24 and Restore Defaults on
page 27.
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Table 4 Technical references
Product
Part Number
Location
Universal Color Remote Control
Contact Rosen Sales for part number availability
RS-232 7-button External Controller
0300-408
www.rosenaviation.com
External IR Receiver
0500-006
www.rosenaviation.com
If you need assistance in configuring a universal remote control to work with a remote display
system, please contact Rosen Aviation Technical Support at 541.342.3802.
10.2. Cleaning the Display
Clean the LCD with a lens-grade tissue for cleaning optical surfaces and isopropyl alcohol.
10.3. RTCA DO-160F Qualifications for Displays
The table below shows the DO160 compliance of the remote display system, unless otherwise
noted. Omitted categories are not applicable to this product or its expected installation.
Table 5 DO 160 Level F test criteria on an 0700-104 RMEB MOD 01 with a display monitor connected
Description
Temperature and Altitude
Section
Category
4
Ground Survival/Short-Time Operating
Low Temp
4.5.1
A1
Operating Low Temperature
4.5.2
A1
Ground Survival/Short-Time Operating
High Temp
4.5.3
A1
Operating High Temperature
4.5.4
A1
In-flight Loss of Cooling
4.5.5
–
Altitude
4.6.1
A1
Decompression
4.6.2
A1
Overpressure
4.6.3
A1
Temperature Variation
Temperature Variation
Humidity
Humidity
Operational Shocks & Crash Safety
5.3.1
6
6.3.1
A
7
B
Crash Safety (Impulse)
7.3.2
B
Crash Safety (Sustained)
7.3.3
B
Magnetic Effect
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8000 – 50,000 ft.
C
7.2.1
Random Vibration – Fixed Wing Aircraft
Not applicable
5
Operational Shocks
Vibration
Comments
8
8.5.2
S (Curve B)
15
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Description
Magnetic Effect
Power Input
Normal Operating Conditions (DC)
Section
Category
15.3
A
16
16.6.1
Average Value Voltage (DC)
16.6.1.1
Z
Ripple Voltage (DC)
16.6.1.2
Z
Momentary Power Interruptions (DC)
16.6.1.3
Z (A)
Normal Surge Voltage (DC)
16.6.1.4
Z
Engine Starting Under Voltage Operation
(DC)
16.6.1.5
Z
Abnormal Operating Conditions
16.6.2
Voltage Steady State (DC)
16.6.2.1
Z
Momentary Under Voltage (DC)
16.6.2.3
Z
Abnormal Surge Voltage (DC)
16.6.2.4
Z
Voltage Spike
Voltage Spike
Audio Frequency Conducted
Susceptibility
AF Conducted Susceptibility- Power
Inputs
Induced Signal Susceptibility
17
17.4
A
18
18.3.1
Z
19
Magnetic Fields Induced Into Equipment
19.3.1
AC
Magnetic Fields Induced Into
Interconnecting Cables
19.3.2
AC
Electric Fields Induced Into
Interconnecting Cables
19.3.3
AC
Spikes Induced Into Interconnecting
Cables
19.3.4
AC
Radio Frequency Susceptibility
20
Conducted Susceptibility (CS) – 10kHz to
400MHz
20.4
T
Radiated Susceptibility (RS) – 100MHz to
18GHz
20.5
T
Emission of Radio Frequency Energy
21
Conducted RF Emission
21.4
M
Radiated RF Emission
21.5
M
Electrostatic Discharge (ESD)
Electrostatic Discharge (ESD)
Flammability
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Comments
25
25.5
A
26
N/A
Flammability testing in
accordance with 14 CFR
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Description
Section
Category
Comments
25.853 Appendix F
10.3.1. Other Certification Considerations for RDMs
Description
Comments
Static Abuse Load (300 lbs.)
Testing in accordance with DO 313 section 4.2(a), Glass
in the Cabin
Mechanical Strength (Ball Impact)
Testing in accordance with UL 61965
Inertia Loads
Testing in accordance with 14 CFR 25.561(b) (3)
10.4. Specifications
Table 6 Remote Monitor Electronics Box performance specifications
Video inputs
See sections below for supported resolutions
Inrush Peak
20 A
Op Voltage Range
18-32 VDC
Weight
2.85 lbs [1.3 kgs.] ± 5%
Nominal Voltage/Current Draw
See appropriate-sized RDM spec table below
Operating Temperature
-15ºC – 55ºC (stand-by mode below 0º and above 50ºC)
Table 7 19” Remote Display Module performance specifications
Screen size
19” diagonal, 16x10 format
Native Resolution
1440 x 900
Video inputs
See sections below for supported graphic resolutions
Viewing Angles:
Horizontal and Vertical
Horiz: ±80º
Vert: ±80º
Screen Brightness
300 cd/m typical
Contrast Ratio
1000:1
Color Depth
8 bits
Weight (RDM only)
7.1 lbs [3.2 kgs.] ± 10%
System Nominal Voltage/Current Draw
28VDC/1.3 A (includes RMEB and RDM)
Power Dissipation
RMEB: 14W
RDM: 23W
Operating Temperature
-15ºC to 55ºC (stand-by mode below 0º and above 50ºC)
2
Table 8 24” Remote Display Module performance specifications
Screen size
24” diagonal, 16x9 format
Native Resolution
1920 x 1080
Video inputs
See sections below for supported resolutions
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Viewing Angles:
Horizontal and Vertical
Horiz: ±89º
Vert: ±89º
Screen Brightness
250 cd/m typical
Contrast Ratio
3000:1
Color Depth
8 bits
Weight (RDM only)
7.7 lbs [3.5 kgs.] ± 10%
System Nominal Voltage/Current Draw
28VDC/1.8 A (includes RMEB and RDM)
Power Dissipation
RMEB: 17W
RDM: 34W
Operating Temperature
-15ºC to 55ºC (stand-by mode below 0º and above 50ºC)
2
Table 9 26” Remote Display Module performance specifications
Screen size
26” diagonal, 16x9 format
Native Resolution
1920 x 1080
Video inputs
See sections below for supported resolutions
Viewing Angles:
Horizontal and Vertical
Horiz: ±89º
Vert: ±89º
Screen Brightness
400 cd/m typical
Contrast Ratio
1000:1
Color Depth
8 bits
Weight (RDM only)
9.52 lbs [4.32 kgs.] ± 10%
System Nominal Voltage/Current Draw
28VDC/2.4 A (includes RMEB and RDM)
Power Dissipation
RMEB: 18W
RDM: 50W
Operating Temperature
-15ºC to 55ºC (stand-by mode below 0º and above 50ºC)
2
Table 10 32” Remote Display Module performance specifications
Screen size
32” diagonal, 16x9 format
Native Resolution
1920 x 1080
Video inputs
See sections below for supported resolutions
Viewing Angles:
Horizontal and Vertical
Horiz: ±89º
Vert: ±89º
Screen Brightness
450 cd/m typical
Contrast Ratio
1300:1
Color Depth
8 bits
Weight (RDM only)
18.8 lbs [8.53 kgs.] ± 10%
System Nominal Voltage/Current Draw
28VDC/4.3 A (includes RMEB and RDM)
Power Dissipation
RMEB: 27W
RDM: 93W
Document Number: 105478
Template: 4.2.3-6-FM; Revision A; 16 May, 2005
2
Revision:
Date: 04/24/12
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Rosen Aviation
Operating Temperature
Remote Display System
-15ºC to 55ºC (stand-by mode below 0º and above 50ºC)
10.4.1. Supported DVI/HDMI Graphic Resolutions
640x480p/60 VGA
800x600p/60 SVGA
1024x768p/60 XGA
1152x864p/60
1280x768p/60 (68.250MHz) WXGA
1280x768p/60 (79.500MHz) WXGA
1360x768p/60 WXGA
1440x900p/60 WSXGA
1280x1024p/60 SXGA
1400x1050p/60 (101.000MHz) SXGA+
1400x1050p/60 (121.750MHz) SXGA+
1680x1050p/60 WSXGA+
1600x1200p/60 UXGA
1920x1200p/60 (154MHz) WUXGA reduced-blanking
10.4.2. Supported DVI/HDMI Standard Resolutions
480i/29, 480i/30
480p/59, 480p/60
576i/25,
576p/50
720p/50, 720p/59, 720p/60
1080i/25, 1080i/29, 1080i/30
1080p/23, 1080p/24, 1080p/25, 1080p/50, 1080p/60
10.4.3. Supported VGA Resolutions
640x480p/60 VGA
800x600p/60 SVGA
1024x768p/60 XGA
1152x864p/60
1280x768p/60 (68.250MHz) WXGA
1280x768p/60 (79.500MHz) WXGA
1360x768p/60 WXGA
1440x900p/60 WSXGA
1280x1024p/60 SXGA
1400x1050p/60 (101.000MHz) SXGA+
1400x1050p/60 (121.750MHz) SXGA+
1680x1050p/60 WSXGA+
1600x1200p/60 UXGA
1920x1200p/60 (154MHz) WUXGA reduced-blanking
Document Number: 105478
Template: 4.2.3-6-FM; Revision A; 16 May, 2005
Revision:
Date: 04/24/12
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Remote Display System
10.4.4. Supported YPbPr/Component Resolutions
480i/29, 480i/30
480p/59, 480p/60
576i/25,
576p/50
720p/50, 720p/59, 720p/60
1080i/25, 1080i/29, 1080i/30
1080p/50, 1080p/59, 1080p/60
10.4.5. Supported CVBS/Composite Resolutions
NTSC (480i/29)
PAL (576i/25)
SECAM (576i/25)
RS-170 B&W (480i/29)
10.4.6. Supported SDI Resolutions
480i/29
576i/25
720p/50, 720p/59, 720p/60
1080i/25, 1080i/29, 1080i/30
1080p/23, 1080p/24, 1080p/25, 1080p/29, 1080p/30, 1080p50, 1080p159, 1080p160
11. DEFINITIONS
AF Audio frequency
CFR Code of Federal Regulations
CVBS Composite video blanking and sync
DVI Digital Visual Interface
FHP Flat head Phillips
HD High Definition
HDMI High Definition Multimedia Interface
HD-SDI High Definition Serial Digital Interface
IR Infrared
LCD Liquid Crystal Display
LED Light Emitting Diode
NTSC National Television Standards Committee. A video standard used in the
United States, Canada, Japan, Mexico, the Philippines, South Korea,
Taiwan, and some other countries.
OSD On Screen Display – the actual user/technician menu, and any informational
readouts displayed on the image.
Document Number: 105478
Template: 4.2.3-6-FM; Revision A; 16 May, 2005
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Date: 04/24/12
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Remote Display System
PAL Phase Alternating Line. A video standard used in Europe, China, Malaysia,
Australia, New Zealand, the Middle East, parts of Africa, and other parts of
the world.
PCB Printed Circuit Board – an electronics assembly that performs tasks
P/N Part Number
RDM Remote Display Module
RF Radio frequency
RGB Red, Green, Blue
RMEB Remote Monitor Electronics Box
RS-232 Standard for serial binary data interchange
RS-485 Standard for allowing multiple devices to share a common set of serial data
communication lines.
RTCA Radio Technical Commission for Aeronautics
SECAM (Séquentiel couleur à mémoire.) French for "sequential color with memory,"
an analog color video system first used in France.
SDI Serial digital interface
SVGA Super Video Graphics Array
SXGA Super Extended Graphics Array
UXGA Ultra Extended Graphics Array
VDC Volts direct current – voltage from an aircraft battery or generator
VGA Video Graphics Array
Vpp Volts peak-to-peak
W Watts
WSXGA Widescreen Super Video Graphics Array
WUXGA Widescreen Ultra eXtended Graphics Array
XGA Extended Graphics Array
YPbPr Analog video signal carried by component video cable in consumer
electronics. Y carries luma (brightness) information. Pb carries the difference
between blue and luma (B − Y). Pr carries the difference between red and
luma (R − Y).
Document Number: 105478
Template: 4.2.3-6-FM; Revision A; 16 May, 2005
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Date: 04/24/12
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Remote Display System
12. REVISION HISTORY
Revision E is limited to draft or prototype documents. Revisions I,
O, Q, S, X and Z are not to be used.
Revision
Date
A
04/24/12
Revision Description
Initial release
Document Number: 105478
Template: 4.2.3-6-FM; Revision A; 16 May, 2005
EC
12-0219
Revision:
Date: 04/24/12
A
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